The objective of the action is to evaluate and develop for the purpose of applying International Pest Management (IPM) system in the border area of Azerbaijan.
The overall goal of the project is to facilitate the formation of contemporary ecological thinking which is positively affecting to the acceleration of the sustainable socio-economic development, increasing income of the farmers and the solution of food security problems in order to improve healthy lifestyle for the rural population.
Smart Azerbaijani Farm (SAF) is an agricultural model to improve farmer productivity and income through the application of innovative Information and Communication Technologies (ICT) and practices and funded by USAID.
Project mission is to provide leadership in the growth and development of a competitive, innovative and sustainable agricultural market in Azerbaijan.


Lot 70 is one of a kind! It features 180 degree views of the South Mountain range that could be captured when building your new mountain home. This is a sloping homesite, ideal for walk out basement with a very private drive. A rare NC mountain property for sale at The Coves.
Ask about two homesites we currently have available in this neighborhood with this type of views.


Our studio is located in the AVA Gallery and Art Center in Lebanon, NH. We are committed to bringing design excellence coupled with the latest in energy efficiency and sustainability to all our clients.
Numerous projects have been completed in Maine, New Hampshire, Vermont and Connecticut. Growing up and living in New England has given Sloane a great respect for the climate as it relates to our human environment and how it informs our design responses.
Sloane has remained on the forward edge of sustainable design and construction since her first house design in1993 and continues to be passionate about the integration of design, technology, efficiency and affordability.


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Q: Associated Primes and Filtration by Modules of the form $A / \mathfrak{p}$. I am looking for a reference which will prove that a noetherian $A$-module $M$ over a noetherian ring $A$ has a filtration $0 = M_0 \subset \cdots \subset M_n = M$ with $M_i / M_{i-1} \cong A / \mathfrak{p}_i$ for each $i$. I am particularly interested in how this is related to primary decomposition and associated primes.
From what I notice immediately, $A / \mathfrak{p}$ injects into $M$ if and only if $M$ has $\mathfrak{p}$ as an associated prime, so that we can pass to $M/(A/\mathfrak{p})$ and induct. My tenuous guess is that $[M] = \sum_{i = 1}^n n [A / \mathfrak{p}_i]$ in the Grothendieck group of $K_0( \text{noetherian-}A \text{-mod})$ of noetherian $A$-modules, where $\mathfrak{p}_i$ are the associated primes of $M$.
Is there somewhere where I can find more of what this perspective would look like?

redpajama_set_name: RedPajamaStackExchange


text:
See Inside The Wing's New SoHo Location
Start Over See Full List
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Ever since The Wing founders Audrey Gelman and Lauren Kassan announced they'd be rolling out three more locations, we've been here waiting with bated breath.
The New York-based womens' co-working space (which opened in the thick of the '16 election) has become the gathering hub for modern women to activate around current topics and issues in a stylish, community-like setting. And, its new SoHo location (launching Monday, October 30) promises to be an inspiring extension of the first.
"It was really amazing to see the response from the beginning," CEO and cofounder Audrey Gelman tells Lonny.
"People really started spreading the word early on — fast forward to today and we have 8,000 women on the waitlist. Our goal is to have as many members as possible. We really wanted to mobilize as quickly as we could to open up new locations to accommodate more members," she says.
"With about 10,000 square-feet of space, The Wing SoHo is an expansive offering of many of the amenities found at the original location, as well as exciting new features. Private offices, phone booths, and lactation rooms are all call-outs Gelman is definitely most excited about.
"Members can work out of here, get their mail, and really use it as their personal space to work," Gelman tells us. "I'm excited about many of the same things we had at the previous location, just with more space."
"There's still showers and lockers but now we have a nap room in this location, more conference rooms, and a library that was worked on in collaboration with The Strand and Feminist Press."
But, we'd be remiss if we didn't mention the vibrant décor — which The Wing has become so lauded for (we even schooled you on how to get the look in your own home). Led by interior designer Chiara de Rege, who also worked on the first locale, the building is brimming with rich jewel-toned touches, a baby blue wrap-around bench, artful fixtures, and of course, sprinkles of millennial pink. Ready to peek at it yourself? Right this way.
By Angela Tafoya
More From even more specials »
This Cool Pre-War Loft In Soho Is An Art-Filled Dream
The Wing's Brooklyn Spot Has A Podcast Room, And So Much More
Adam Levine and Behati Prinsloo Are Selling Their Soho Loft for $5.5 Million
Kelly Ripa's SoHo Penthouse
10 Ways to Transition Any Outdoor Seating Area

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text:
Police issue update on Lincoln terror arrest
The police have issued a statement
Paul Whitelam
A police officer in Fairfax Street
A 34-year-old man arrested at a property in Lincoln on suspicion of encouraging terrorism has been bailed.
Special Branch officers from Counter Terrorism Policing East Midlands arrested a 34-year-old man in Fairfax Street, off Newark Road, at 6.50am on Wednesday, January 13.
He was taken into police custody as police searching a property.
A Lincolnshire Police spokesperson said: "The man has been released on bail while our inquiries continue."
Police said yesterday: "A 34-year-old man was arrested at 6.50am this morning [January 13] in Fairfax Street on suspicion of Encouragement of Terrorism, under section 1 of the Terrorism Act (2006).
"The arrest was made as part of a pre-planned warrant which was carried out by force Special Branch officers from Counter Terrorism Policing East Midlands."
Anyone who is aware of suspicious activity which could be related to terrorism is urged to call the police confidentially on 0800 789 321 or visit gov.uk/ACT


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Q: How to properly make my makefile to compile and run? The question is probably not the best one to describe my issue but I couldn't think of a better one. My makefile goes like this:
PROGRAM_NAME = prog

OBJECT_FILES = $(PROGRAM_NAME).o
CFLAGS = -O2 -Wall -g

$(PROGRAM_NAME) : $(OBJECT_FILES)
    gcc $(CFLAGS) -o $@ $(OBJECT_FILES)

$(PROGRAM_NAME).o : $(PROGRAM_NAME).c data.h
    gcc $(CFLAGS) -c $<

clean :
    $(RM) $(PROGRAM_NAME)
    $(RM) $(OBJECT_FILES)
    $(RM) *~ *.bak

run :
    @$(MAKE) && ./$(PROGRAM_NAME) $(ARGS)

When I want to compile and run I just do "make run". The issue with this is that my program handles the signal produced by Ctrl+Z and if I start my program with "make run", the signal will be sent to "make run" and not my program itself.
Basically, calling "make run" is not the same thing as calling directly "make && ./prog" because in the first case, "make run" will not terminate unless "prog" terminates first.
Is there a way around this?

A: If you're going to build and run over and over, You can use the history command to help with this:
# Run this once
make && ./foo

# Repeat last command
!!

A: As dmckee's answer said, make(1) is making something, not for compile-and-run.
Of course, nothing stops you for creating a shell alias make-run which does the intended 'make && ./prog args'.

A: You can simplify your 'run' target by having it depend on whether your program is up to date, and then simply run the program:
run:    ${PROGRAM_NAME}
        ./${PROGRAM} ${ARGS}

There's not much point in running make when you're already running make - at least, not in this context.  Maybe for recursive operations (in different directories), but see 'Recursive Make Considered Harmful'.
Also, your makefile should normally provide a target 'all' and it should normally the first and therefore default target.

A: You can try like this:
APP      = olupxtest

SRCS     = $(wildcard *.cpp)
OBJS     = $(SRCS:.cpp=.o)

CXXFLAGS = -g -fPIC -c
LDFLAGS  =
LIBS     =

.PHONY: all clean

all: clean $(APP) run

$(APP): $(OBJS)
        $(CXX) $(LDFLAGS) $^ $(LIBS) -o $@

clean:
        $(RM) $(OBJS) $(APP)

run:    ${APP}
        ./${APP} ${ARGS}

Here you have calling multiple rules for target: all: clean $(APP) run

A: Running from the makefile is a bit unusual. Are you, perhaps, trying to duplicate the "Compile and Run" Menu item that some IDE provide? Make is not well equipped to do that.
All the stuff that happens in the target commands happens in sub-processes that are not attached directly to the terminal, which is why make receives your key stroke.
Another thing to look at: usually the object-file to executable stage (linking) uses a different set of flags (LDFLAGS and LIBS) then the compile stage. In this simple example you can get away with it, but if you copy this makefile for use in a more complicated case you'll run into trouble.


The Board of Education held their regular March meeting and elected to honor bus driver, Bonnie Engel.
Principal Lori Gensch nominated Bonnie for her dedication and care for students, and for contributing above and beyond the call of duty.
Engel graciously accepted the honor in the presence of fellow support staff members, teachers, administrators, students, and community members in attendance.


text:
A Case for Embracing Shared Services
Keeping track of an $81.5 billion IT portfolio across 26 agencies with staff spread throughout the nation and, in some cases, overseas, is hairy, to say the least. There are bound to be duplication of efforts, systems, and software.
For instance, the Office of Management and Budget (OMB) found that agencies paid between $450 and $1,300 for laptops with the same configuration. The Government Accountability Office (GAO) discovered that between 2008 and 2013, a trio of government departments invested a combined $321.25 million on duplicative efforts.
Recognizing the financial implications of this redundancy, the Federal Chief Information Officer (CIO), Tony Scott, is pushing agencies toward and a "Shared First" business model. Shared First is a strategic business model that seeks to identify and eliminate waste and duplication across agencies and improve cost efficiencies through shared commodity IT. Additionally, it puts more focus (thus resources) on core mission requirements rather than the administrative support needed to maintain these services.
Unfortunately, the value of shared federal services has not been fully realized among federal leaders. Recently, Federal News Radio conducted a survey of 197 federal CIOs, deputy CIOs, and other agency IT managers. When asked about their top priorities for 2017, migrating to a shared service for back office services (human resources or financial management) ranked on average 5.58 out of 12 — near the bottom of their list.
In the Federal Leaders Digital Insight Survey, federal leadership were surveyed about the adoption of digital technology at their agency. Of those surveyed, 72% agreed that digital technology has improved productivity at their agency. However, 62% of survey respondents cited an insufficient budget as the leading barrier to adopting new technology. A proven strategy to saving money on new technologies is to leverage shared services. The government knows this, as evidenced by the creation of the Unified Shared Services Management (USSM) and GSA's opening of a shared service marketplace. Agencies should consider shared services as a solution to meet their IT objectives without breaking the bank.
TCG has seen firsthand the benefits of agencies using shared services to save costs on new technologies. Since 2000, TCG has saved taxpayers $384,932,474 by leveraging shared services for federal agencies and sharing the solutions we develop with other agencies or interest groups. For example:
We've saved time (thus money) on development costs since we are not building a system from scratch.
The financial burden to develop a new product is distributed among participating agencies so no one entity bears the full weight.
Licensing fees are reduced across government.
The burden (and cost) of operations and maintenance is mitigated.
For example, MAX.gov is a suite of integrated shared services that stimulated innovations in budget documentation, data visualization, and end user engagement across agencies. The suite of MAX applications facilitates data collections, survey distribution, data visualization, and collaboration all with a robust identity authentication service. MAX is currently used by 180 federal agencies. Using this shared service, participating agencies and taxpayers have saved a whopping $140 million in development costs.
The Department of Treasury's Budget Formulation and Execution Manager (BFEM) is a shared service application for strategic planning, budget formulation and performance management services. The first iteration of BFEM cost $5 million to develop. BFEM is now used by 16 agencies to develop and manage their budget requests. Had each of those agencies created their own comparable financial management system, the cost to taxpayers would have been $80 million.
The value and utility of shared services are real and abundant. By considering and embracing shared services, agencies can meet their IT objectives and improve productivity without straining their budgets. Instead of worrying how to pay for administration of programs, federal leaders can focus on how to serve stakeholders with the money they've saved.
Export Saving the Taxpayer Money Technology Uncategorized We are collaborative
budget federal IT OMB shared service
We relocated 7 squirrels from the attic of our HQ building. View


As given on the examples of previous post about creating viewport in SVG, the aspect ratio, or ratio of width to height, of the viewport and the viewBox were same. In some cases, typically when using the viewBox attribute, it is desirable that the graphics stretch to fit non-uniformly to take up the entire viewport. In other cases, it is desirable that uniform scaling be used for the purposes of preserving the aspect ratio of the graphics.
The preserveAspectRatio attribute lets you specify the alignment of the scaled image with respect to the viewport, and whether you want it to meet the edges or be sliced off.The syntax for this attribute is as follows.
where alignment specifies the axis and location, and is one of xMinYMin, xMinYMid, xMinYMax, xMidYMin, xMidYMid, xMidYMax, xMaxYMin, xMaxYMid, or xMaxYMax.
For 'image' elements, preserveAspectRatio indicates how referenced images should be fitted with respect to the reference rectangle and whether the aspect ratio of the referenced image should be preserved with respect to the current user coordinate system.
Following are the methods to specify alignment for PreserveAspectRatio in SVG.
The <align> parameter indicates whether to force uniform scaling and, if so, the alignment method to use in case the aspect ratio of the viewBox doesn't match the aspect ratio of the viewport. The <align> parameter must be one of the following strings.
Align minimum x of viewBox with left corner of viewport and align minimum y of viewBox with top edge of viewport.
Align midpoint x value of viewBox with midpoint x value of viewport and align minimum y of viewBox with top edge of viewport.
Align maximum x value of viewBox with right corner of viewport and align minimum y of viewBox with top edge of viewport.
Align minimum x of viewBox with left corner of viewport and align midpoint y value of viewBox with midpoint y value of viewport.
Align midpoint x value of viewBox with midpoint x value of viewport align midpoint y value of viewBox with midpoint y value of viewport.
Align maximum x value of viewBox with right corner of viewport and align midpoint y value of viewBox with midpoint y value of viewport.
Align minimum x of viewBox with left corner of viewport align maximum y value of viewBox with bottom edge of viewport.
Align midpoint x value of viewBox with midpoint x value of viewport and align maximum y value of viewBox with bottom edge of viewport.
Align maximum x value of viewBox with right corner of viewport and align maximum y value of viewBox with bottom edge of viewport.
The meet or slice specifier are optional and, if the value of them provided, is separated from the <align> value by one or more spaces.
The meet specifier is the default specifier which scales the graphic, where aspect ratio is preserved. With this option, the entire viewBox is visible within the viewport and the viewBox is scaled up as much as possible, while still meeting the other criteria.
Following is an example to show the effects of using the meet specifier along with align parameter for tall and wide viewports.
Another option can be provided in preserveAspectRatio is slice which scales the graphic where aspect ratio is preserved and the entire viewport is covered by the viewBox. With the slice Specifier, the viewBox is scaled down as much as possible, while still meeting the other criteria.
Following is an example to show the effects of using the slice specifier along with align parameter for tall and wide viewports.
There is an another option for scaling a graphic when the viewBox and viewPort don't have the same aspect ratio. If you specify preserve-AspectRatio="none", then the graphic will be scaled non-uniformly so that its user coordinates fit the viewport.
Following is an example to show the effects of using none specifier for tall and wide viewports.


Alzheimer's patients have brains with significantly more genetic variation than normal brains, including extra copies of a gene linked to the disease, according to a study led by scientists at The Scripps Research Institute.
The finding may help scientists track down the mechanism that causes nearly all cases of Alzheimer's, a mechanism that is not well understood. And with a better understanding of the mechanism, a treatment for Alzheimer's might be developed, the scientists say.
A study led by TSRI professor Jerold Chun found that neurons in brains of Alzheimer's patients had significantly more copies of fragments from chromosome 21, but not more whole chromosomes.
The fragments carry the gene for APP, or amyloid precursor protein, which has been linked to Alzheimer's. Moreover, those with Down syndrome carry three copies of chromosome 21 throughout their body, and those with Down syndrome tend to develop Alzheimer's as they age.
The Alzheimer's brain cells also contain on average about 200 million extra base pairs, Chun said in a Wednesday interview. The researchers don't know where that extra DNA is from.
Variations within the genetic makeup of a single organism is called genetic mosaicism. Its presence in people has only been appreciated in recent years. The traditional assumption has been that the great majority of cells in humans are genetically identical.
This is the first time DNA variation in individual neurons has been linked to Alzheimer's disease, said Chun, the study's senior author. Chun is a professor at TSRI and at the institute's Dorris Neuroscience Center. Diane M. Bushman and Gwendolyn E. Kaeser, of Chun's lab, are the study's co-first authors.
The study was published Wednesday in the journal eLife. It examined post-mortem brains from 32 Alzheimer's patients and 21 non-Alzheimer's patients.
If validated, the study will provide new hope at a time of great disillusionment in Alzheimer's treatments. Despite great effort by researchers and enormous expenditures by drug companies, no effective treatment for Alzheimer's now exists. The best therapies provide temporary relief from memory loss, but don't affect the underlying course of the disease.
Moreover, the number of Alzheimer's patients is projected to increase dramatically in coming decades unless something is done.
By 2050, the number of Americans age 65 and older with Alzheimer's is expected to double or triple from about 5.2 million as of 2014 to as many as 16 million, according to the Alzheimer's Association. As those patients lose the ability to live independently, family members often take on the burdensome role of caregivers.
Death comes as the end of many decades of increasing disability. In 1991, Alzheimer's killed slightly more than 14,000 Americans, a toll which soared to 84,974 by 2011, according to the U.S. Centers for Disease Control and Prevention.
A very small percentage of Alzheimer's cases are known to be caused by a genetic mutation that increases deposits of tangled protein plaques called amyloid beta. There is considerable evidence that these and another protein called tau damage the brain, leading to the loss of memory and other symptoms of Alzheimer's as brain cells are damaged and destroyed.
However, more than 95 percent of Alzheimer's can't be tied to a specific gene or a family history of the disease. These cases are called "sporadic" Alzheimer's, and they were the focus of the study.
"You could say it (genetic mosaicism) is a new idea, and yet it's something that the whole lab, with the help of really diligent and bright young students and postdocs, have been pursuing for the last decade," Chun said.
Chun said the discovery opens up new research angles for other neurological diseases.
"It turns out that for almost the neuropsychiatric diseases out there, the most common form is sporadic," he said. "So we think that some of these ideas will apply to other diseases also."
Scientists who examined the study said it represented a great advance in the field.
The study will be considered "a major breakthrough" in understanding sporadic Alzheimer's, and it opens new avenues for research, said Dr. Michael Rafii, director of the Memory Disorders Clinic and assistant professor of neurosciences at UC San Diego.
"It also further explains the observed link between Down syndrome and AD," Rafii said by email. "One interesting question that comes out of this work is what specific environmental factors may be causing the genomic mosaicism that leads to increased APP copy number and subsequent amyloid plaque formation, neurodegeneration and dementia."
The study is "impressive," said Fred "Rusty" Gage, a Salk Institute scientist who studies genetic mosaicism in the brain. Scientists like Gage, a professor in the Salk Laboratory of Genetics, are studying the implications of mosaicism for human health and disease. Gage, who coincidentally is leading a meeting on Alzheimer's this week, sent his reply by email.
In 2001, Chun reported that developing brain cells contain different genomes via aneuploidy – the gain and/or loss of chromosomes - likened to a mosaic artwork and capable of affecting all chromosomes.
Four years later, Chun and colleagues reported that normal human brains exhibit chromosome 21 mosaicism, containing both more and fewer than the normal two copies. About 4 percent of aneuploid brain cells had 1 or 3 copies of the chromosome, a smaller number had four copies. The study was published in the March 2, 2005 issue of the Journal of Neuroscience.
In 2010 they reported an even more pervasive genomic change they called "DNA content variation (DCV)" that envelops all of the different forms of mosaicism, in the normal brain: DCV, but not chromosome 21 aneuploidy, was prominently increased in the AD brain, especially in the part of the brain involve in cognition and higher thought (called the "prefrontal cortex").
And other studies have gradually revealed that mosaicism is prevalent in many parts of the body.
For example, the mosaicism of skin cells explains much of the genetic diversity of artificial embryonic stem cells derived from them. It had been thought that the diversity was caused by errors introduced in the reprogramming process that creates the cells, called induced pluripotent stem cells.
Study co-author Kaeser said the publication marked a personal and scientific milestone. It was her first publication as a graduate student, but also represents a basic finding about the nature of genetic mosaicism that will probably be extended.
"I came into the lab because the question itself was just so interesting to me," Kaeser said. "You're always taught in biology classes that every cell (within a body) has the same genome. The concept of genetic mosaicism was so intriguing to me as a young grad student. It could have a lot of meaning for other diseases, or for normal neuronal function."


text:
Lianna Galstyan | Member
External relations Manager, Internet Society Armenia | Armenia | Technical community
Term: November 2017 – November 2020
Su Sonia Herring | Member
Coordinator, Youth IGF Turkey | Turkey | Civil society
Term: November 2017 – November 2019 (extended by default due to extraordinary circumstances)
Sorina Teleanu | Chair
Consultant, Internet governance and digital policy | Romania | Civil society
On a temporary basis, and as of December 2019, the Executive Committee is only composed of three members, due to the resignation of two members. A partial election process is ongoing for the three vacant seats.
Contact: execom@seedig.net
About previous Executive Committees
Past Executive Committee members:
Iliya Bazlyankov | Member between December 2014 and May 2016
Dušan Stojičević | Member between December 2014 and May 2017
Aida Mahmutović | Member between December 2014 and July 2017
Dušan Caf | Member between November 2017 and December 2019
Sasho Dimitrijoski | Member between June 2016 and December 2019
The inaugural SEEDIG Executive Committee was created following a call for volunteers, launched on the dedicated mailing list in December 2014. The initial composition of the committee was endorsed by the larger group, taking into account the expressions of interest, as well as the need for a multistakeholder and regionally diverse structure of the committee. The composition was as follows: Iliya Bazlyankov, Bulgaria | Lianna Galstyan, Armenia | Aida Mahmutović, Bosnia and Herzegovina | Dušan Stojičević, Serbia | Sorina Teleanu, Romania.
At the end of the 2015 cycle, the SEEDIG community endorsed the Executive Committee in place at that point to continue to act in its role throughout the 2016 cycle.
In June 2016, at the end of the 2016 cycle, the Executive Committee received an endorsement from the community for the following two SEEDIG cycles (2017 and 2018). One new member – Sasho Dimitrijoski, North Macedonia – joined the committee (based on a community decision), following one resignation (Iliya Bazlyankov).
In 2017, two members resigned – Dušan Stojičević and Aida Mahmutović. In September – November 2017, the SEEDIG community produced a Terms of Reference for the Executive Committee, and conducted an election process which resulted in a new Executive Committee taking office in November 2017. In 2019, the mandate of two Executive Committee members was to expire, and a partial election process was put in place; the process was not completed, so the mandate of the two members was extended by default. One of the two members – Sasho Dimitrijoki – resigned. Another member submitted his resignation in the context of a community petition asking for his removal from the Executive Committee.